arXiv Analytics

Sign in

arXiv:math/0603368 [math.DG]AbstractReferencesReviewsResources

Lagrangian surfaces in complex Euclidean plane via spherical and hyperbolic curves

Ildefonso Castro, Bang-yen Chen

Published 2006-03-15Version 1

We present a method to construct a large family of Lagrangian surfaces in complex Euclidean plane by using Legendre curves in the 3-sphere and in the anti de Sitter 3-space or, equivalently, by using spherical and hyperbolic curves, respectively. Among this family, we characterize minimal, constant mean curvature, Hamiltonian-minimal and Willmore surfaces in terms of simple properties of the curvature of the generating curves. As applications, we provide explicitly conformal parametrizations of known and new examples of minimal, constant mean curvature, Hamiltonian-minimal and Willmore surfaces in complex Euclidean plane.

Comments: 16 pages To be published in Tohoku Mathematical Journal
Journal: Tohoku Math. J. 58 (2006), 565-579
Categories: math.DG
Subjects: 53D12, 53C40
Related articles: Most relevant | Search more
arXiv:1307.2152 [math.DG] (Published 2013-07-08)
A new construction of Lagrangians in the complex Euclidean plane in terms of planar curves
arXiv:1603.03229 [math.DG] (Published 2016-03-10)
Evolution by mean curvature flow of Lagrangian spherical surfaces in complex Euclidean plane
arXiv:1007.1886 [math.DG] (Published 2010-07-12)
Translating solitons for Lagrangian mean curvature flow in complex Euclidean plane